Liquid-Cooled XFX RX 6900 XT Zero WB Could Break 3GHz

XFX Radeon RX 6900 XT Zero WB Graphics Card
(Image credit: XFX)

AMD's Radeon RX 6900 XT already delivers impressive performance, ranking among the best graphics cards (that you still can't easily buy). Part of that comes thanks to the impressive clocks on AMD's RDNA 2 architecture, and XFX has partnered with EK Water Blocks to deliver XFX Radeon RX 6900 XT Zero WB graphics card with promised overclocking capacity reaching beyond 3.0 GHz.

XFX uses a custom PCB with AMD's Navi 21 XTXH GPU, then pairs it with with a custom waterblock. Out of the box, the card boasts a 2200 MHz base clock and a boost frequency of 2525 MHz — a 12% increase over the reference card's 2250 MHz boost frequency. The card supposedly can reach over 3000 MHz when overclocking, according to XFX, though the information is quite vague and doesn't specify whether that's sustained or peak frequency.

  • watzupken
    Yes, and it will break the price (that is already out of whack) as well. In times of severe GPU shortage, I wonder what is the point of all these overpriced GPUs. At the prices they command, and despite the shortage, I don't really think they are selling these like hot cakes. The price of a water cooled RX 6900 XT Toxic already cost more than some of the RTX 3090 models in my location.
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  • bebealex
    watzupken said:
    Yes, and it will break the price (that is already out of whack) as well. In times of severe GPU shortage, I wonder what is the point of all these overpriced GPUs. At the prices they command, and despite the shortage, I don't really think they are selling these like hot cakes. The price of a water cooled RX 6900 XT Toxic already cost more than some of the RTX 3090 models in my location.


    Manufacturers prioritize products with higher margins. Same things with the car market right now. Why spend time and money making a mid-tier product when you can spend a bit more time and money making a high-tier one that will be sold at a much higher price. I hope it answers your question.
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